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[1]JiangJJ,ZhuS,YuanY,WangY,ZengL,BatleyJ,WangYP*,2019,Transcriptomiccomparsion
betweendevelopingseedsofyellow-andblack-seededBrassicanapusrevealsgeneinfluencetheseed
quality.BMCPlantBiology,19:203(IF=3.93）
[2]DuK,XiaoYY,LiuQE,WuXY,JiangJJ,WuJ,FangYJ,XiangY,WangYP*,2019,Abnormal
tapetumdevelopmentandenergymetabolismassociatedwithsterilityinSaNa-1ACMSof
Brassicanapus.PlantCellReports38:545-558(IF=3.50)
[3]WuJ,LinL,XuML,ChenPP,LiuDX,SunQF,RanLP,WangYP*,2018,Homoeologexpressionbias
andexpressionleveldominanceinresynthesizedallopolyploidBrassicanapus.BMCGenomics19:586
(IF=3.73）
[4]WangY,MengGS,ChenSL,ChenYJ,JiangJJ*,WangYP*,2018,Correlationanalysisofphenolic
contentsandantioxidationinyellow-andblack-seededBrassicanapus.Molecules23:1815(IF=3.098)
[5]JiangJJ,RongH,RanLP,FanHX,KongYQ,WangYP*,2018,Creatingfavorablemorphologicaland
yieldvariationsforrapeseedbyinterspecificcrossesbetweenBrassicarapaandB.oleracea.Plant
Breeding137:621-628(IF=1.393)
[6]RanLP,PiMX,WuJ,JiangJJ,WangYP*,2017,Acomparativestudyoftheseedstructurebetween
resynthesizedallotetraploidandtheirdiploidparents.Protoplasm254:1079-1089(IF=2.87)
[7]FangYJ,LiJ,JiangJJ,GenyYL,WangJL,WangYP*,2017,Physiologicalandepigeneticanalysisof
Brassicanapusseedgerminationinresponsetosaltstress.ActaPhysiologiaePlantarum39:128(IF=
1.36)
[8]LiZY,WangYP*,2017,CytogeneticsandgermplasmenrichmentinBrassicaallopolyploidsinChina.
JournalofIntegrativeAgriculture16:2698-2708(IF=1.042)
[9]DuK,LiuQE，WuXY,JiangJJ,WuJ,FangYJ,LiAM,WangYP*,2016,Morphologicalstructure
andtranscriptomecomparisonofthecytoplasmicmalesterilitylineinBrassicanapus(SaNA-1A)
derivedfromsomatichybridizationanditsmaintainerlineSaNa-1B.FrontiersinPlantScience7:1313
(IF=4.495)
[10]RanLP,PiMX,WuJ,JiangJJ,WangYP*,2016,Acomparativestudyoftheseedstructurebetween
resynthesizedallotetraploidandtheirdiploidparents.ProtoplasmDOI:10.1007/s00709-016-1015-6
(IF=2.343)
[11]XiaLJ,YangLQ,SunNL,LiJ,FangYJ,WangYP*,2016,Physiologicaland
antioxidantenzymegeneBrassicanapusandSinapisalbaatvegetativestage.
ActaPhysiologiaePlant38:88(IF，1.524）
[12]WangY,RongH,XieT,JiangJJ,WuJ,WangYP*,2016,ComparisonofDNA
methylationindevelopingseedsofyellow-andblack-seededBrassicanapusbyMASP.
Euphytica209:157-169(IF,1.385)
[13]JiangJJ,WangY,ZhuB,FangTT,FangYJ,WangYP*,2015,Digitalgene
expressionanalysisofgeneexpressiondifferenceswithinBrassicadiploidsandallopolyploids.
BMCPlantBiol15:22（IF,3.942）
[14]JiangJJ,WangY,XieT,RongH,LiAM,FangYJ,WangYP*,2015,Metaboliccharacteristicsinmeal
ofblackrapeseedandyellow-seededprogenyofBrassicanapus-Sinapisalbahybrids.Molecules20:
21204-21213(IF,2.416)
[15]ShaoYl,JiangJJ,RanLP,LuCL,WeiCX,WangYP*,2014,Analysisofflavonoidsand
hydroxycinnamicacidderivativesinseedsofBrassicanapusbyHPLC-PDA-ESI(-)MS/HRMS.JAgric
FoodChem62:2935-2945(IF,3.107)
[16]JiangJJ,ShaoYL,DuK,RanLP,FangXP,WangYP*,2013,Useof
digitalgeneexpressiontodiscriminategeneexpressiondifferencesinearlygenerations
ofresynthesizedBrassicanapusanditsdiploidprogenitors.BMCGenomics14:72
(IF,4.40)
[17]WangJ,JiangJJ,WangYP*,2013,Protoplastfusionforcropimprovementandbreedingin
CellTissOrgCult112:131-142(IF,3.633)
[18]JiangJ,ShaoY,LiA,LuC,ZhangY,WangYP*,2013,Flavonoidprofilingandgeneexpressionin
developingseedsofyellow-andblack-seededBrassicanapus.JIntegratPlantBiol55(6):537-551
(IF,3.75)
[19]JiangJJ,ShaoYL,LiAM,ZhangYT,WeiCX,WangYP*,2013,FTIRandNMRstudyofseedcoat
dissectedfromdifferentcoloredprogeniesofBrassicanapus-Sinapisalbahybrids.JSciFoodAgric93:
1898-1902(IF,1.759)
[20]WangJ,JiangJJ,LiXM,LiAM,ZhangYT,GuanRZ,WangYP*,2012,Completesequenceof
heterogenous-compositionmitochondrialgenome(Brassicanapus)anditsexogenoussource.
BMCGenomics13（1）:675(IF,4.40)
[21]LiA,JiangJ,ZhangY,SnowdonR,LiangG,WangY*,2012,Molecularandcytological
characterizationofintrogressionlineswithyellowseedderivedfromsomatichybridsbetweenBrassica
napusandSinapisalba.MolBreed28:209-219(IF,3.251)
[22]KongF,MaoSJ,JiangJJ,WangXP,WangYP*,2011,Proteomicchangesinnewlysynthesized
Brassicanapusallotetraploidsandtheirearlygenerations.PlantMolBreedRep29：927-935
(IF,5.319)
[23]QinXY,LiuY,MaoSJ,LiTB,WuHK,ChuCC,WangYP*,2011,Genetictransformationoflipid
transferprotein(LTP)geneinPhalaenopsisamabilistoenhanceitscoldresistance.Euphytica177：
33-43(IF,1.554)
[24]KongF,MaoSJ,DuK,WuM,ZhouXY,ChuCC,WangYP*,2011,Comparativeproteomicsanalysis
oftransgenicBrassicanapuswithOsNAS1undersaltstress.ChineseSciBull56:2343-2350
(IF,1.321)
[25]KongF,GeCL,FangXP,SnowdonRJ,WangYP*,2010,Characterizationofseedlingproteomesand
developmentofmarkerstodistinguishtheBrassicaAandCgenomes.JGenetGenomics37：333-340
(IF,1.883)
[26]LiAM，WeiCX,JiangJJ,ZhangYT,SnowdonRJ,WangYP*,2009,Phenotypic
variationintheprogeniesofsomatichybridsbetweenBrassicanapusandSinapisalba.Euphytica170:
289-296(IF,1.554)
[27]JiangJJ,ZhaoXX,TianW,LiTB,WangYP*,2009,IntertribalsomatichybridsbetweenBrassica
napusandCamelinasativawithhighlinolenicacidcontent.PlantCellTissOrgCult99：91-95
(IF,3.09)
[28]WallbraunM,SonntagK,EisenhauerC,KrzcalG,WangYP*,2009,Phosphomannose-isomerase
(pmi)geneasaselectablemarkerforAgrobacterium-mediatedtransformationofrapeseed.PlantCell
TissOrgCult99:345-351(IF,3.09)
[29]WangYP*,SonntagK,RudloffE,WehlingP,SnowdonR,2006,GISHanalysisofdisomic
Brassicanapus-Crambeabyssinicachromosomeadditionlinesproducedbymicrosporeculturefrom
monosomicadditionlines.PlantCellRep25:35-40(IF,2.274)
[30]WangYP*,SonntagK,RudloffE,GroeneveldI,GramenzI,ChuCC,2006,Productionand
characterizationofsomatichybridsbetweenBrassicanapusandRaphanussativus.PlantCellTissOrg
Cult86：279-283(IF,3.09)
[31]WangYP*,SonntagK,RudloffE,ChenJM,2005,Intergenericsomatichybridizationbetween
BrassicanapusandSinapisalba.JIntegrPlantBiol47:84-91(IF,2.534)
[32]WangYP*,SonntagK,RudloffE,HanJ,2005,ProductionoffertiletransgenicBrassicanapusby
Agrobacterium-mediatedtransformationofprotoplasts.PlantBreed124:1-4(IF,1.596)
[33]WangYP*,ZhaoXX,SonntagK,WehlingP,SnowdonRJ,2005,BehaviourofSinapis
albaadditionchromosomesinaBrassicanapusbackgroundrevealedbygenomicinsituhybridisation.
ChromosomeRes13:819-826(IF,3.087)
[34]WangYP*，SnowdonRJ,RudloffE,WehlingP,FriedtW,SonntagK,2004,Cytogenetic
characterizationandfae1genevariationinprogeniesfromasymmetricsomatichybridsbetween
BrassicanapusandCrambeabyssinica.Genome,47:724-731(IF,1.653)
[35]WangYP*,SonntagK,RudloffE,2003,Developmentofrapeseedwithhigherucicacidcontentby
asymmetricsomatichybridizationbetweenBrassicanapusandCrambeabyssinica.TheorApplGenet
106:1147-1155(IF,3.297)
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